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Water circulation
Water moves through a purpose-designed treatment loop.
Water technology · application-led solutions
Atmos Nanobubble Solutions
Advanced Nanobubble Technology for Smarter Water Treatment
Discover nanobubble oxygenation and ozonation technologies designed for selected water-treatment applications across agriculture, aquaculture, poultry production and industrial environments.
Explore application-specific solutions focused on gas transfer, water-quality management and measurable treatment outcomes.
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The technology
Understanding Nanobubble Technology
Nanobubbles are extremely small gas bubbles, typically smaller than one micrometre (1 µm). Their high gas–water interfacial area can influence gas transfer and interactions within water.
Depending on the gas, equipment configuration and operating conditions, nanobubble systems can be designed for different water-treatment objectives.
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Gas introduction
Oxygen or ozone is supplied according to the intended application.
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Nanobubble generation
Specialised equipment disperses the gas into very small bubbles.
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Monitoring & verification
Relevant water-quality measurements help evaluate treatment performance.
Combined treatment approach
Oxidation & Ozonation
Our water-treatment approach combines oxidation and ozonation to support targeted water-treatment objectives. Oxidation describes processes that involve chemical reactions with oxidising agents, while ozonation uses ozone as an oxidant to react with certain compounds and help inactivate microorganisms under appropriately controlled conditions.
By considering both processes together, treatment can be assessed according to the application, water chemistry, system design and required treatment outcomes.
Oxygenation
Nanobubble oxygenation introduces oxygen into water to help maintain dissolved oxygen levels and support oxygen-dependent biological processes.
Potential application areas
- Aquaculture and fish farming
- Shrimp farming
- Hydroponics and controlled-environment agriculture
- Selected biological treatment systems
Ozonation
Ozonation uses ozone as a strong oxidant to help inactivate microorganisms and react with certain compounds under appropriately controlled conditions.
Potential application areas
- Selected water-sanitation processes
- Appropriate hatchery and equipment sanitation
- Selected industrial water-treatment processes
- Validated poultry water-treatment and processing applications
Ozone safety: Ozone requires appropriate dose control, ventilation, contact-time management and residual management. System design and operation must account for people, animals and the specific site.
Application areas
Solutions shaped around your operation.
Explore where oxygenation or ozonation may be assessed. Every application requires its own technical review.
01 / 06Agriculture & Smart Irrigation
Nanobubble oxygenation can be evaluated in hydroponics, vertical farming, greenhouses and other irrigation environments where oxygen availability in the root zone is important.
Potential focus areas
- Root-zone oxygen management
- Nutrient-solution oxygenation
- Irrigation-water management
- Evaluation of crop growth and root health
02 / 06Aquaculture & Fish Farming
Nanobubble oxygenation can be assessed for fish farms, shrimp ponds, hatcheries and recirculating aquaculture systems where dissolved oxygen management is important.
Potential focus areas
- Dissolved oxygen management
- Fish and shrimp farming systems
- Filtration and biofiltration integration
- Water-quality monitoring
Oxygenation does not automatically remove ammonia, nitrite, suspended solids or pathogens.
Inquire
03 / 06Poultry & Water Hygiene
Controlled ozonation may be suitable for selected water-sanitation applications, equipment cleaning and processing operations, subject to proper validation and safety requirements.
Potential focus areas
- Selected drinking-water treatment processes
- Drinker-line and biofilm management
- Hatchery and equipment sanitation
- Appropriate poultry-processing water applications
Ozone treatment must follow validated procedures and does not replace routine water testing, ventilation, hygiene or biosecurity.
Inquire
04 / 06Industrial Water Treatment
Nanobubble technology can be evaluated for selected industrial water-treatment and gas-transfer applications according to the treatment objective, water chemistry, flow rate and equipment configuration.
Potential focus areas
- Application-specific water treatment
- Gas-transfer processes
- Compatible circulation equipment
- Water-quality monitoring
05 / 06Non-Chlorine Swimming Pool Treatment
A non-chlorine treatment solution intended for swimming pools and other defined, limited-volume water systems, where treatment can be managed within a contained area and monitored for the system’s needs.
Potential focus areas
- Limited, contained treatment area
- Application assessed for the specific pool
- Treatment monitored according to system needs
06 / 06Non-Chlorine Water Treatment
A non-chlorine water-treatment solution intended for larger water environments, including ponds, lakes and other suitable water bodies. Assessment considers size, water quality, circulation, objectives and environmental requirements.
Potential focus areas
- For suitable larger water environments
- Ponds, lakes and other water bodies
- Assessed for site and environmental conditions
Potential advantages
Why Consider Nanobubble Technology?
Potential benefits depend on the intended treatment objective and should be evaluated for each operating system.
Advanced Gas Transfer
Introduces gases into water for specific treatment objectives.
Application Flexibility
Can be evaluated across agricultural, aquaculture and selected water-treatment environments.
Water-Quality Management
Supports targeted treatment processes when paired with appropriate monitoring.
System Integration
Can be assessed alongside compatible circulation, filtration and water-treatment equipment.
Measurable Performance
Outcomes can be evaluated through relevant water-quality and operational measurements.
Application-Specific Engineering
The appropriate solution depends on operating conditions, goals and technical requirements.
A considered approach
From objective to evaluation.
Our process
A general solution-selection approach for understanding the application and its requirements.
Understand
Identify the application and treatment objectives.
Assess
Evaluate water quality, flow requirements and operating conditions.
Configure
Determine a suitable solution using verified equipment specifications.
Monitor
Evaluate performance using appropriate measurements.
Helpful answers
Frequently asked
questions.
Learn more about nanobubble applications, treatment choices and system evaluation.
What are nanobubbles?
Nanobubbles are extremely small gas bubbles, typically smaller than one micrometre, that can influence gas transfer and interactions within water.
What is the difference between oxygenation and ozonation?
Oxygenation introduces oxygen into water, while ozonation uses ozone as an oxidant for specific treatment purposes under controlled conditions.
Can nanobubble technology be used in agriculture?
It can be evaluated in hydroponics, greenhouses and selected irrigation applications. Results depend on crop type, water quality, growing conditions and system design.
Can nanobubbles support aquaculture?
Oxygenation systems can be assessed for fish and shrimp farming where dissolved oxygen management is important. They do not automatically eliminate ammonia, nitrite or pathogens.
Can ozone be used in poultry water treatment?
Ozone may be suitable for selected water-treatment and sanitation processes when the system is properly designed, validated and operated with appropriate residual management.
Does nanobubble technology guarantee improved yields or lower costs?
No. Performance depends on the system, treatment objective and operating conditions. Results should be evaluated through appropriate measurements.
How do I determine which solution is suitable for my operation?
The appropriate configuration depends on your application, water quality, flow requirements, existing infrastructure and treatment objectives.
Let’s discuss your application
Let's Explore the Right Solution for Your Application
Every water-treatment requirement is different. Discuss your application, operating conditions and treatment objectives with our team to explore a suitable nanobubble solution.